Our latest #quantum paper on @arxiv was enabled by a new feature in PauliStrings.jl: symbolic calculations via Mathematica and MathLink.jl.
Combining Pauli-string representations with a powerful CAS is so effective for computing quantum stuff! @WolframResearch#JuliaLang
Growing Graphs demo is finally out! 🕸️✨
🔗 https://t.co/YJCA1WRrbL
Videos from a few months ago finally meet a finished implementation, thanks Gemini for doing the boring parts.
Inspired by Paul Cousin's Graph-Rewriting Automata: like a Game of Life, but cells can split if they want to
#GenerativeArt #WASM #SwissGL
“A bird with a 10-gram brain is doing pretty much the same as a chimp with a 400-gram brain,” said Onur Güntürkün, who studies brain structures at Ruhr University Bochum in Germany. “How is it possible?” https://t.co/714Lo8Hzug
Join me as I participate as a maintainer in @unitaryfdn ‘s 5th edition of #unitaryHACK on May 28-June 11. We’re aiming to make the quantum computing ecosystem as open source as we possibly can! Learn more at https://t.co/ltoMMBRyca. #unitaryHACK2025, #quantum, #opensource
🚨 Our new paper uncovers time crystals in decorated lattices. We reveal their exponential lifetime and bipartite rigidity against perturbations. This leads to a rich phase diagram tied to the lattice topology. 📖 https://t.co/17HVBDDONE 🔬✨ #TimeCrystals#TensorNetworks
I’m happy to announce PauliStrings.jl, a #JuliaLanguage package for #quantum many body physics based on the Pauli strings representation.
Ideal for time evolving noisy spin systems, running Lanczos algorithm, and simulating systems on arbitrary geometries.
https://t.co/wD1eg9grzL
On this day in 1982, Blade Runner was released. To honour one of the most influential cinematic productions ever, here are some of Syd Mead's concept art pieces for the film
The first simulated image of a black hole, calculated with an IBM 7040 computer using 1960 punch cards and hand-plotted by French astrophysicist Jean-Pierre Luminet in 1978
Crochet, but make it topological. The series is back, and you can register while seats last at https://t.co/jgc70dcCvS. Act fast; this series sells out fast!
@edoardo_luna00 that's just the trajectories x,y in a 2d plane, the potential is 2d, 10000 particles are sent from the center with a different angle and their trajectories are stacked,